Research on Deformation Controlling Method for Reinforced Concrete Shear Wall Structure
发布时间：2024-08-09
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- 所属单位：
- 土木工程学院
- 发表刊物：
- Advances in structural engineering: Theory and applications
- 关键字：
- 中文关键字：剪力墙结构；名义层间位移；有害层间位移；侧移模式，英文关键字：shear wall structure;nominal storey drift;destruct
- 摘要：
- According to different structure systems, the lateral displacement modes of tall buildings are classified. The difference of storey drift between frame and shear wall is analyzed in this paper. Then, the potential problem that the storey drift angles, which are calculated by the storey lateral displacement difference, is regarded as the deformation control parameter of shear wall structure is presented. Based on the characteristic of shear wall structure, the floor displacement is divided into destructive floor displacement and nondestructive floor displacement. Similarly, the storey drift is divided into nominal storey drift and destructive storey drift . Nondestructive floor displacement is produced by rigidity rotation of the floor, and the proportion of nondestructive floor displacement is accumulated gradually from the base to roof for shear wall structure. In this paper, applying the inverted triangular distribution of lateral force to the cantilever wall with identical section, the displaced shape is regarded as the approximate lateral displacement curve. The relationships among nominal storey drift , destructive storey drift , interstorey rotational drift angle and bending curvature of section is derived, and practical formulas to calculate the destructive storey drift is presented. Finally, the relationship of nominal storey drift, destructive storey drift, interstorey rotational drift angle and bending curvature of section is explained. Moreover, the practical formulas to calculate the destructive storey drift are confirmed, and the validity and feasibility of the method is verified.
- 备注：
- 邓明科
- 合写作者：
- 刘清山,杨克家
- 第一作者：
- 梁兴文,邓明科
- 论文类型：
- 期刊论文
- 卷号：
- 卷：2006
- 期号：
- 期：
- 页面范围：
- 页：160-166
- 是否译文：
- 否
- 发表时间：
- 2006-08-01